IN Brief:
- APM Terminals and Hateco signed a memorandum to study freight rail terminal infrastructure in northern Vietnam.
- The concept includes Hai Phong cargo handling and storage facilities plus three additional potential locations.
- Government estimates are preliminary; no final investment commitment, construction timetable or operating specification has been announced.
APM Terminals and Vietnam’s Hateco Group have signed a memorandum of understanding to examine the development and operation of rail freight terminals in northern Vietnam. The initial scope includes a prospective facility in Hai Phong and investigation of three other locations, with the aim of connecting industrial production areas and logistics centres to rail transport and seaports. The agreement was announced on 20 October during the Vietnam–Denmark business forum in Denmark and does not itself constitute an approved or financed construction programme.
The Vietnamese government estimates that the prospective wider rail terminal network could represent investment of up to US$3.5bn. The figure is preliminary and covers ambitions beyond a fully specified Hai Phong facility; the memorandum allocates no committed budget among the four possible locations. Officials describe the Hai Phong concept as having cargo-handling space and a container yard, with three further sites to be investigated. Funding structures, land requirements and the construction sequence will depend on the feasibility work and on subsequent agreements among the participants.
Hateco and APM Terminals already operate together at Hateco Hai Phong International Container Terminal in the Lach Huyen area, which began operations in 2025. That established seaport partnership provides experience in cargo handling and information exchange around the gateway. The facility involved investment of more than US$400m, separate from the prospective rail sites. Inland terminals could connect factory cargo to the port by train if suitable rail alignments, handling capacity and service frequency are established. Their operating design would also need to link wagon and container records with the port’s reception and release processes.
At each proposed rail terminal, containers or conventional cargo would need to be transferred between trains and road vehicles, assigned to storage or onward distribution, and released against valid transport and customs records. Crane capacity, reach stacker availability and wagon access have to match the intended traffic and train length. The equipment mix will depend on the share of containerised and conventional cargo, the footprint of each location and the planned operating hours. Those design specifications remain to be developed through the feasibility process.
The design of rail connections will also determine whether the concept works at network scale. Train length, available paths, access to industrial zones and the way services connect to national and cross-border rail infrastructure shape the practical capacity of a terminal. A depot with large storage areas but infrequent trains can still leave manufacturers reliant on road haulage for most movements. Conversely, a regular service with predictable terminal turnaround may encourage shippers to consolidate consignments that are currently dispatched separately by lorry.
The partners also envisage digital systems for freight reception, storage, transfer and release. Those systems would exchange shipment identities, wagon positions and collection status among terminal operators, rail carriers, forwarders and the connected port. Shared identifiers could reduce manual reconciliation, while event records would establish when cargo is ready to load or collect. Data definitions and responsibilities for correcting exceptions will form part of the integration work as the physical terminal designs develop.
Northern Vietnam’s manufacturers need dependable export access and inbound supplies of components and raw materials. Rail could offer an alternative to road-only movements for consignments suited to scheduled trains. The commercial result will depend on distance, shipment density, terminal transfer charges, reliability and service frequency; additional handling may offset savings on shorter movements. The partners have released no verified per-container saving, journey-time comparison or emissions estimate for the proposed network. These measures will need defined route and shipment assumptions before they can support investment decisions.
Hai Phong is already an established manufacturing and logistics gateway, giving the proposed network potential freight origins and destinations. Each candidate site will nevertheless need a workable land plan, rail access rights, terminal permissions and appropriate customs processes. The partners must agree who finances the infrastructure and equipment, who operates the terminals and how risks are allocated if freight demand differs from forecasts. A realistic timetable will also depend on train paths and interchange capacity outside the terminal boundaries.
The memorandum extends an existing seaport partnership into a proposed network of inland rail freight facilities. The next substantive step is to assess the four locations against engineering feasibility, available rail capacity and demand from manufacturers and logistics customers. A binding investment decision would then establish the selected sites, capital responsibilities and delivery programme. Existing traffic at Hateco Hai Phong International Container Terminal remains separate from any future rail terminal throughput.
